5. You throw a ball off a cliff of height h = 19.5 m, the initial speed is vo = 14.6 m/s and theangle with respect to the horizontal (measured counter clockwise) is given by a = 26.0 degrees.The object lands a distance d on the ground below the cliff. (The figure is not drawn to scale)da) What is the maximum height above the ground that the ball reaches?b) What is the angle B that the ball makes with respect to the horizontal (measured counterclockwise) when it lands on the ground? Give the answer in degrees.

Given, y0 = h = 19.5 mv0 = 14.6 m/sα = 26°

5. You throw a ball off a cliff of height h = 19.5 m, the initial speed is vo = 14.6 m/s and the angle with respect to the horizontal (measured counter clockwise) is given by a = 26.0 degrees. The object lands a distance d on the ground below the cliff. (The figure is not drawn to scale) vo d a) What is the maximum height above the ground that the ball reaches? b) What is the angle B that the ball makes with respect to the horizontal (measured counter clockwise) when it lands on the ground? Give the answer in degrees.

5. You throw a ball off a cliff of height h = 19.5 m, the initial speed is vo = 14.6 m/s and the angle with respect to the horizontal (measured counter clockwise) is given by a = 26.0 degrees. The object lands a distance d on the ground below the cliff. (The figure is not drawn to scale) vo d a) What is the maximum height above the ground that the ball reaches? b) What is the angle B that the ball makes with respect to the horizontal (measured counter clockwise) when it lands on the ground? Give the answer in degrees.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Related questions

Q: The path followed by a cyclist traveling on a plane with a constant speed of 25 km/h is given in the…

Q: 1008 A stone is thrown vertically upward from the gre t per sec. One second later another stone is…

A: Given Velocity of stone 1 = 48.3 ft/s Stone 2 = 96.6 ft/s Find Distance, h

Q: Suppose you have two anvils. The first anvil is dropped from height h. TH anvil is thrown at the…

Q: 4. A particle weighs 17 lb and is moving as shown below at 8 ft/s. Answer the following questions.…

Q: A car comes to a stop in 6 s from a velocity of 30 m/s a) What is its acceleration? (b) At the same…

Q: Two cars start from rest and race down parallel lanes of a straight track. Vehicle A accelerates at…

Q: 5. First ball is released from rest. After 2.5 seconds, second ball is released with a velocity of…

A: Here we need to determine the time and distance

Q: Determine the location h of the spot toward which the pitcher must throw if the ball is to hit the…

A: Given data: The ball is released with speed of 43.0 m/s

Q: 4) A racquetball player encounters a ball coming towards him at a velocity of 22 m/s and at an angle…

Q: A ball is shot Vertically into the air at a of 193.20 ft/sec. After 4 secs another ball is shot…

Q: 1. Starting from point A, you walk 60.0 m due east to point B, turn around, and then slowly walk…

A: Distance from A to B =60m , Time Taken=28secDistance from B to C =60m , Time Taken=36sec

Q: 2. [Relative Motion Analysis using Rotating Axes] At the instant shown the truck is moving toward…

A: The speed of the truck is vtruck=1.5i⇀ m/s. The acceleration of the truck is atruck =0.5i⇀ m/s2 The…

Q: If an Aircraft is take off from Airport at speed v, 900 Km /h determine its speed in a) foot per…

A: Given data: The speed of the aircraft is v=900 kmh

Q: Q4: Determined the speed of block A in (Fig 2), if block B has an upward speed of 6 m/s.

A: It is given that the pulley C is fixed. As the weight B moves upward, the pulley D moves half the…

Q: Given the image below, if AB is 0.5m lopng, Rod BD is 1.5m long, and the velocity of point B is…

Q: 1. A ball rolls off a 50 m high building and lands on the ground, 10 m away from the building... a.…

Q: The rigid body in the figure rotates freely about the pivot at A. If the body is released from rest…

A: (a) The moment of inertia of the body about the point A can be determined as,

Q: in the figure a) Draw the velocity and acceleration polygons. b) Analyze velocity and acceleration.…

Q: A certain hawk can fly horizontally (i.e., not diving) at a maximum speed of 80.0 km/hr. The hawk…

Q: The height of the building in meters if a ball is projected upwards with a velocity of 25 m/s from…

A: Given :Initial velocity,u=25 m/st=5 sec

Q: 5 Timmy pulls with a force of 35 N on the massless rope which belongs to the pulley arrangement…

Q: If an Aircraft is take off from Airport at speed v, 900 Km /h determine its speed in a) foot per…

Q: My calculated value of acceleration is 12.2 m/s^2 when I drop the object from a height of 3 m. And I…

A: Write the calculated value of acceleration. acal=12.2 m/s2

Q: The quickest way to lose weight is to put yourself in free fall. In the thrill ride shown, the rider…

A: Given: The radius of wheel, R = 15 m

Q: When & where will the ball be at the sam height from the ground Given;

A: GivenVo1=50ft/sVo2=75 ft/sh=100 ft

Q: y Vo Н-20 m A 00m 3 What is the velocity Vo and angle a for an object thrown from A to rise 20…

A: Given , An inclined plane AB= 100 m H= 20m

Q: QA3- RELATIVE MOTION A helicopter is flying North-West at 80 m/s relative to the ground and the wind…

A: INTRODUCTION: We will compute the helicopter's airspeed as well as the blade's maximum and minimum…

Q: 1) An aircraft takes off from O’Hare Airport at a bearing of 130°. After flying for 30 miles, the…

Q: A boat is pulled toward a dock by a rope from the bow through a ring on the dock (6 ft) above the…

A: Given data: - The height of the dock is h = 6 ft. The pulling rate of the rope is dr/dt = 3 ft/s.…

Q: a) a wheel starts from rest and reaches 2000 rpm in 5 s. Find number of revolution the wheel…

A: As per bartleby guidelines we are allowed to solve only 1st question if multiple questions are…

Q: 0You were leisurely flying your F-18 when you encounter an alien aircraft. The alien was flying at…

Q: P4G A projectile is launched from the top of a 60.0 m tall cliff with an initial velocity of 19.0…

Q: The particle's velocity is given by the expression v(t) = 12.6t2 – 5.4 ("), where tis the time in…

Q: A particle is travelling at constant acceleration. At 4 seconds, the speed is 20 kph and at 9…

Q: Block B moves downward with a constant velocity of 20 mm/s. At t = 0, block A moves upward with…

A: Given data as per question vB=20 mms(vA)0=30 mmsconsidering diagram 3yA+4yB+xc=constant3vA+4vB+vc=0…

Q: ct is thrown with an initial velocity if 'Vo' m/= cal. L dilstance covered before the the horizontal

A: given:velocity =vangle=θ

Q: If a frisbee is thrown 25m in a straight line and returns exactly to the spot it was thrown, what is…

A: Given data: The frisbee is thrown 25 m in a straight line and then it returns exactly to the spot it…

Concept explainers

Conservation of Energy

In physics, the rule of the conservation of energy states that energy doesn’t disappear from the atmosphere; instead, it changes its form from one type to another. Energy is one of the most important physical quantities in nature, and it cannot be created or destroyed — only transformed.

Question

5. You throw a ball off a cliff of height h = 19.5 m, the initial speed is vo = 14.6 m/s and the
angle with respect to the horizontal (measured counter clockwise) is given by a = 26.0 degrees.
The object lands a distance d on the ground below the cliff. (The figure is not drawn to scale)
d
a) What is the maximum height above the ground that the ball reaches?
b) What is the angle B that the ball makes with respect to the horizontal (measured counter
clockwise) when it lands on the ground? Give the answer in degrees.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

Step 2

Step 3

Step 4

Trending now

This is a popular solution!

Step by step

Solved in 4 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions

7) Sailboat travels at a speed 20.0 km/h on Georgian Bay in a direction 30.0° west of north with no land in sight while a motorboat travels 20.0° east of north at 25.0 km/h. What is velocity (magnitude and direction) of the sailboat relative to the motorboat?
In a skating jump, a skater rotates around their vertical central axis. Duringthe jump, the skater's rotation rate is increased by bringing their arms intotheir side. a) When bringing their arms into their side, do es the rotational kinetic energyof the skater go up, go down or stay the same? If it changes, where do es theenergy for this change come from or go to? b) Show that the change in rotational kinetic energy of the skater ∆KR canb e found by (see image) here KRi is the initial rotational kinetic energy of the skater, ωf is the nalangular sp eed and ωi is the initial angular speed. c) During the jump, when the skater draws their outstretched arms inwards,what total torque is acting on the skater if their final rate of rotation is tworotations p er second? d) After landing again, the skater is able to stop rotating and come to acomplete standstill in 0.7s. What is the average ratio of the torque on theskater to the skater's total moment of inertia during the time they come to…
Need it fast plzz
help! please write the complete solutions. Thumbs-up willl be given! DYNAMICS OF RIGID BODIES! A subway car leaves station A; it gains speed at the rate of 4ft /s2 for 6 s and then at the rate of 6ft /s2 until it has reached the speed of 48 ft/s. The car maintains the same speed until it approaches station B; brakes are then applied, giving the car a constant deceleration and bringing it to a stop in 6 s. The total running time from A to B is 40s. Determine the distance between stations A and B.
Question is image ?
a) Find the rope equation for the figure below b) If the speed of point B on the rope is a constant 5 m/s to the right, determine the speed and direction of motion of block D (direction) c) What is the relative velocity of D with respect to B (magnitude and direction) 5m/s D
A child rides his bike at a speed of 5ft/s. The dimensions of the tire and sprockets are given below. D₁ DIS Diameter of tire, D₁ = 22in Diameter of rear sprocket, Drs = 2.75in Diameter of front sprocket, Dfs = 6.5in Diameter of crank, Dc = 10in V a. How fast is the rear wheel spinning in rad/s? b. How fast is the crank spinning in rad/s? X Bogo Note: This isn't an image I generated, and you may find that velocity vector near the bottom misleading. I wouldn't have drawn it Dimensions: c. How fast are his feet moving in ft/s relative to the bike frame? Dfs De BY NO SA 2020 Joe Graber
4) You were leisurely flying your F-18 when you encounter an alien aircraft. The alien was flying at an altitude of 3 km while you were at an altitude of 600 m. You begin to increase your speed at a rate of 2.0 m/s?. You are traveling at a speed of 750 km/h at the instant when 0 = 45° and at the same instant the alien has a constant velocity of 1,500 km/h. a) Determine the velocity and acceleration vectors (in m/s and m/s², respectively) of the alien as observed by you. [Ans. to Check: VB/A = 208.4 įm/s] b) Determine the time rate of change of the vector r that is between you and the alien ship in m/s. In other words, find r. [Ans. to Check: i = 147.32 m/s] Hint: Do not forget about your ability to dot in different directions to eliminate variables from the equation. c) Calculate the angular velocity of the spaceship relative to you in rad/s. d) Determine the radial and angular accelerations in m/s? and rad/s². [Ans. to Check: ï = 4.86 m/s²] VB 3 km VA 600 m
Question 3 On a curved road of radius 200m, a biker accelerated from a speed of 80 km/h to 120 km/h in 5 seconds. When the speed of the bike reaches 120 km/h, an object C fly from nowhere and hit the wheel(of the bike), causing an accident. a) What is the total acceleration of the bike before the accident occurred? b) What is the angular velocity of the bike when the accident happened, assuming that the object C entangled itself in the bicycle wheel? The mass of the bike(and biker) is 150 kg while the object C has a mass of 5 kg.
I need the answer as soon as possible
Problem #2) A 155.3 slg SUV plows into the rear of a 68.32 slg sportscar. The collision was perfectly plastic; there was no bounce observed. Just before the collision the SUV was traveling at 29.3 ft/s, and the sportscar was stationary. The entire collision takes 0.3 seconds. a) What are the two vehicles' speeds, v'suv and v'sc, immediately following the collision? b) What average accelerations, asuv and asc, do the two vehicles experience? lost m = 155.3519 Suv m = M 68.32 sig sp V29.3 ft/s Suv V = 0 ft/s Sp t = 0.35 plastic: energy e=0
Complete all parts to the problem, thanks!! All different parts are for the one problem